Evaluation of rapid approaches for determining the soil water retention function and saturated hydraulic conductivity in a hydrologically complex soil (original) (raw)
AI-generated Abstract
Increased use of soil water models for simulating crop growth, irrigation performance, and the fate of agrochemicals has led to a rising demand for soil hydraulic data. Traditional methods for determining soil water characteristics and saturated hydraulic conductivity are costly and time-consuming. Recent approaches focus on rapid determination methods such as evaporative flux from intact cores and inverse simulation of infiltration data, addressing the complexities of hydrological measurements in diverse soil environments.
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